Selecting the right air spring depends not only on size or pressure rating but also on the number of convolutions. Each configuration has its mechanical behavior, stroke range, and load capacity. In this article, we explore the differences between single-convolution and…
Air Bellows Materials: Rubber, Steel, Elastomer Explained
Understanding the composition of air bellows is essential when selecting the right product for industrial applications. In this article, we explore the air bellows materials used in various configurations, highlighting their characteristics, performance factors, and suitability for demanding environments. Our focus…
The importance of size customisation in air bellow performance
In industrial environments requiring vibration isolation or variable-load actuation, the importance of size customisation in air bellow performance is evident. Poor sizing leads to suboptimal functionality and potential failure. At Tevema, we engineer air bellows tailored to precise application needs. Choosing…
Customising air bellows for use in confined spaces | Tevema
When working in tight machinery layouts, customising air bellows becomes a necessary step for proper system function and safety. We develop solutions for installations where space is limited in every direction. Our process begins with reviewing system drawings and identifying where…
How air bellows stability improves automated cutting tool accuracy
Enhancing precision through mechanical stability Automated precision cutting tools require absolute mechanical stability to achieve repeatable and accurate results. Even minor vibrations or inconsistencies in machine behavior can compromise final tolerances. In our engineering processes, we integrate air bellows specifically for…
Installing air bellows: Step-by-step guide from Tevema
When working with air bellows, correct installation is crucial for long-term durability and reliable performance in demanding environments. At Tevema, we emphasize process precision and the use of quality materials. Depending on the diameter size—ranging from 80 mm to 950 mm—and…
Case study: Air bellows in packaging machinery
In our pursuit of innovation and reliability in packaging machinery, we have continuously improved how we integrate air bellows into high-speed industrial systems. By leveraging their robust mechanical performance, long service life, and compact build, we have successfully enhanced multiple packaging…
Air bellows stiffness formulas for reliable force calculation
Air bellows are critical components in many industrial systems. Understanding how to calculate their stiffness is key to performance. Whether we’re dealing with vibration isolation, actuation, or load support, stiffness defines how the air bellow responds under force. At a nominal…
The effect of air pressure on air bellows height and performance
Understanding how air pressure influences the height and performance of air bellows is critical in optimizing industrial systems. We work with various configurations where pressure variation is inevitable. These changes directly impact the operational height, isolation capability, and actuator function of…